6.5.6 ima_poweron.py
Turn on power to IMA located in the RFA
6.5.7 ima_poweroff.py
Turn off power to IMA located in the RFA
6.5.8 rfa_poweron.py
Turn on RFA power supplied by the DISTRII to the chirp generator (CHUPA), IF amplifiers (IMA),
and microwave electronics (except for the transmitter)
6.5.9 rfa_poweroff.py
Turn off RFA power supplied by the DISTRII to the chirp generator (CHUPA), IF amplifiers (IMA),
and microwave electronics (except for the transmitter).
6.5.10
rx_poweron.py
Turn on power to the Ku-Band receiver front-end located in the RFA
6.5.11
rx_poweroff.py
Turn off power to the Ku-Band receiver front-end located in the RFA
6.5.12
tscc_status.py
#program to print current TSCC status, voltage input and temperature
TSCC Software version: SW V1.02
TSCC Voltage: ['U1 23.8']
TSCC Temperature (C): ['T1 31.3']
6.5.13
tx_poweron.py
Turn on power to the Ku-Band up-converter and transmitter amplifiers.
6.5.14
tx_poweroff.py
Turn off power to the Ku-Band up-converter and transmitter amplifiers
6.5.15
usrp_poweron.py
Turn on power to the USRP software defined radio in the Instrument computer
enclosure. USRP power consumption is about 10 Watts.
6.5.16
usrp_poweroff.py
Turn on power to the USRP software defined radio in the Instrument computer
enclosure. USRP power consumption is about 10 Watts.
6.6 File Formats
Meta data and measurement data are kept separate. The meta data is stored in text files in a “keyword :
value” format. The data itself is stored as plain binary without headers.
